Lecture notes on superconducting cavities

Superconducting RF Cavity Openingthe 21st Quantum Beam Science 1.Applications of superconducting cavities. 2.Basic knowledge of superconductivity for SRF. 3.Manufacturing method for high purity niobium material. 4.Design method of SRF cavity. 5.Fabrication method of SRF cavity. 6.A method for measuring the performance of SRF cavities. 7.Performance limiting factors of SRF niobium cavities. 8.Surface treatment methods for niobium superconducting cavities. 9.The effect of hydrogen on niobium superconducting cavity performance. 10.Clean assembly of superconducting cavities. 11.Development of high-field niobium cavities. 12.KEK WG5 R&D Strategy for the ILC 13.Cost reduction 2017 MSU NSCL Graduate School Lecture Notes PHY905 Section 4 Ion Accelerator Technology 1. Superconductivity Fundamentals for SRF 2. High Purity Niobium Industrial Production 3. SRF Cavity Design 4. SRF Cavity Fabrication and Cold Test 5. SRF Cavity Performance Limitations 6. SRF Surface Preparation Technologies 7. Clean Technologies for SRF Cavities, Hydrogen Cure, and High gradient 8. Performance degradation-free coldmass assembly and advanced cavity fabrication technologies for cost reduction 9. Cavity Ancillaries 10. FRIB SRF

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